LOC110520799 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110520799
Entrez Gene ID	110520799
Full Name	histone-lysine N-methyltransferase ASH1L-like
Gene Type	protein-coding
Organism	Oncorhynchus mykiss(rainbow trout)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021598217.1	XP_021453892.1	histone-lysine N-methyltransferase ASH1L-like

Pathways from BioSystems
Gene Ontology

The following LOC110520799 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110520799 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OOf41164	XM_021598217.1 Latest version!	Oncorhynchus mykiss histone-lysine N-methyltransferase ASH1L-like (LOC110520799), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC110520799 ( XM_021598217.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021453892.1 Oncorhynchus mykiss histone-lysine N-methyltransferase ASH1L-like (LOC110520799), mRNA.

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CloneID	OOf41164
Clone ID Related Accession (Same CDS sequence)	XM_021598217.1
Accession Version	XM_021598217.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6219bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1498406400000
Organism	Oncorhynchus mykiss(rainbow trout)
Product	histone-lysine N-methyltransferase ASH1L-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035079.1) and transcript sequence (GBTD01186698.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Oncorhynchus mykiss Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases assembly gap :: added 444 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGACCAGA GAGCGAAGGG GGGCCCATCT CTACCTCCAC CATCCTCACT GCCTCTCCTC 
CCCACAGCCC CACCACAGCA GTACCCAGAG AAAGAGCTAG GCGGTGGGAC GAGGAAGAGG 
ACAGAGAAGG AAGGAGGTGG TGCAGTACTG GAGGTGCTCA TTGAGGGGTG CTGTGGTGCT 
GCAGGGCAGA GACAGCTCCC ATTCCCAGGC AGAGAGAGGA GCTGCACTGA GGGCAATGTG 
AGGCTGAGGA TCGGAGTCCA AGCGGCCAAA CGCACCAAGA AACCCCCCAG GACCCTGGAG 
GGCTACGAGT GTAAACCCAC CATCAGGACG TACCAGAGGC CTGGGAGGGG GAGTCAGGAG 
GTAGGGGGGA GTGGGCAGGG GAACCGTCCT CAGGAGGAGG GGGACGGAGA GCAGAACCAG 
GGGTCAGACC CCAGCACCAC CCAGACCAGG AAGATACACT CCTCCCTGCC TCCGTCTTCA 
TCATCATCAT CATCAGCCCC TACAACCACC CCTCCCAGCC CAGCCAACCC TCAGACTGCG 
CCAGCCAAAC AGCAGGTCCC TGTGAACCTG GGCTATAAGA AGTCAGACAC CCTAACGGAG 
AAACCAAGGC ACCCTGACCC ACCTGATGCC CACAGCAAAC TACCTTCACC TGCCCAAATG 
AACCAGGCAA TCGCCTCTGA CCCCACAGCT TCATCCCCCC ATTCCCCCCC TCCCTCATCA 
CCCCATTCCC CCTTGGTAAA GGACCCTAGC GGTGAGGGAG GCATGCTGAA TGGGGGAGTA 
CCTACAGTCA CCTGCCATCC TACCAGACTC ACAAAGGTCA AAGGTCGCAA ACATAACTGT 
TCTTCCTCAG CCGCCCCCAC TAACGTGAAC TCAACAACAA GACCTCCAGC CTCCAGCCCC 
CATCAGGCTG ACCTTGCAGC CCAGGACAGG ACTACAGGCT TCAGCTGCCC TCCTACACCA 
CCTCCATTCA CAACCCTACT TCCAGACCAG AGAGGAGCCC CAGTGGCTGA TGGGAGACTG 
AGTCCTGCTG CCTCCCTCAC CAGCCTGAGC AGGGGACCAT TACTACCGTC CTCTGTGGGA 
AATGAGAGAG GGAAGGAGGA GAAAGCCAAG AAGAAGAAAG AGAAAGATGA CAAAGCGAGG 
GGTGAGAAAG GGAAGGTTAA GAGAGGGGAG AAGGGAAGAG GGAAGGAGGA GAAAGATGAC 
AAAGTGAGGG GTGAGAAAGG GAAGGGTAAG AGAGGGGAGA TGGGGAGAGG GAAGGAGGAC 
AGAGGGAGGA ATGAGAGTCC AAAGATGGAC AGAGATGAGA GAGGGAAGGA GGGAACTGGG 
ATGGATGAGA GCGGGAGGGA TATGATGGGG AAGGAGGAGA GAAATGGGGA CGAGGACAAG 
GAAAGAGAGA AGCCCAGAGA CTTGAGGATG AATAAATCGC CCTCTTCTAC AAAGTGTCAG 
ATGTCTGAGG TTCAGAGCAG GAAGACAGGT ACACCCAGCC CAGACCTGAC CAGCGGAACA 
TGGGAATCAG ATGATATTGG TGTCCCCTCA AGACCCACCG TCTCTCCCTC CAACCCATCC 
ACTGCCTCCT CTCCCCTCAC TTCCCTCCCT CCTCCCCCTC TCTCTGTCCA CTCTTCCTCT 
CCTCCTACCT CCCCCCGAGA GCAGGACAGC CGTCCGCTGA AGAAGCGTAA AACCCGATCT 
GTCCACTCTT CCTCTCCTCC TACCTCCCCC CGAGAGCAGG ACAGCCGTCC GCTGAAGAAG 
CGTAAAACCC GACGGCCAAG CTGGACCAGG CTGGTGAACC GGGCACAGAG ACTGGCAGAG 
AACCCAGATG GCCGCCAAGA TGCCCCCTTA GTTGCCCCAC AGACCCCCAC TACCCCCCAG 
ACATCCCCCA CTACCCCCCA GACACCCACA ACTACCAACT CACCCAACCT TCGGTCAGCT 
GAGTCATGCC TAGCCCCCTC CGTTCCCCCA CCCTCCAGTC CGTCCTCCCT CTCCCCCTCT 
ACCTCCACCC CTGTGAGACC CAGACCAACA GGGCGACCCC CATCCCCCAC CCAGTCTCAC 
TTGTTGACCT CTGACCCTAG CCCTTTACCT GGACCTGACC GTCCCTTCAA TCAGGCCAGA 
AAAAGGGGTC GCCCCAAATC CCAAACCTCA AGCTTGGACG AACCCCAACC CATACACTCC 
CCCAAACCTA CCCAAGCTGA GATGCTCCCT CATGGGCATG ATGAGACTCC GGACCTCCAT 
GTGCTCAACC CAGTGCTGGA TCACAGTCCC ACCCTCACCA ATCCCTCTAG CCCCAACCCC 
ACGCCCAGGA AACGAGGTCG CCCCAAACGG CTGCCCCCCT CCCCCCTCCT CCCCAAACAG 
ACTCCCCAGG ACAAGAACAG GGGTACACTG ACCCCCTCTG GAGGTGAGGA GGGGGGTAAA 
GACTTCCCCT CTGAAAAGGG GAACAGGAAG CTGAGGATGA GGAGCATCAT CGGAGAGATG 
AAGAGGAGGA AGAAGAGGAG GCTACTCAGG GAAATGCTTT CTGGGTGTGG AGGGGGGAAG 
GAGGGGAGAG GAAGAGAGGG GGGTAGAGAG AGCTCTCGTG GGTGTGCAGG AGGGGTGTGT 
GGGTCGGCCA CAGCACCCTC CCTGTCCTCC TCCTTTGGGG GTAAACTAGG TCCCCAGATC 
AACGTGAGTA AGAGGGGGAC CATCTACATG GGGAAGAGGA GAGGACGCAA ACCCAAAGCT 
CCAGCTAACT CTAACCCTGC CTCTCAGTCC ACACTGTTCA CCAGTCTCTC TAGTTCCTCT 
CTCTTCTCCT CTCCCCAGCC CCATCCTCCC CTCTCTCACC CATTCCCCTC CCCATCTCTC 
ACCCACTCCA GTGGAGCCCA GAGCCCTTAC AGTGATGGAG GCTGCACAGA ACCTGCTCCC 
TCCCTCTTCC TCCCCCACAC CTTCTCCCTC CCCTCACCCT CCTCCTCCTG TGCATCGCCA 
CGTCCTCTCT CCTCCTCCTT CTCCTCCTGC TCATCCCTCT CTCCCTCCCT AAAGAGGAGT 
TCTCCAGGTC AGGGACGACA TCCCTTCTTC CACCATCCCT CCAGCAGACT CTCTTCTCCT 
CCTCTTCCTC ACCCTCTTTA CCCCCATCTG CCTGTCTTCC CCACACACCT GAAAGAGGCC 
ACACCCTCAC CTATCAGTAA ATCACACAGC AAGGAGATGT TGCCTAGTGA TAGTGTGATT 
GGAATGGACC ACAACACTAC CTCAGAGAGG GGGGAGAGGA GGGGCCGAGG GAGAGGGGGG 
GTAACCATGG GAATGACCTC AGATGTCACC CGGTCAGTGT TCCGGACAGG TTTAGGGGTC 
AACCTGAAGG GTCAGAGACA ACCCTCACCC TCCATGTTAC TAGAACACCC CCCCCCTGTA 
CCCTCACCCA TCAGAGTGTC AGCCTCACCC CCCTCTCCCC CCTCTGCCTC CCCCAGACAC 
ATGCCTCCTT CTGACTTAGT GGAACCCAGA GACAGACACA GGCACAGGCG GAGGGGGTAC 
GAATGTCCCT ATACCTGCAC CCCCTGCCCC TGCCTAGGTC ACAACCAGCG CTCCCACCTG 
GACCTCTGCC CCTGCCTAGG GCACAACACA CACAAGAGAC AGAAACACAA ACACAAGAGG 
AAGTACCAGC ACCTGCTCAT GCATGCGCAC GACCCAGACT TCCTCTCTGA ACTGGACGAT 
CTCATTGGGC AGTTCAGCGA GGTCCGCATC GGGCGCCACC GTGATTGGGC CAGAGCTGGA 
TTGGGGCAGG ATTTCGATGA GAGTGGGGGG AAAAGACGCC ACTCTTCCTT ATTGTCATCG 
CAAAATTTCC ACTCAAACGT TTACAGAATC AACTTGAGTG GATACTACTC GCCTCACCCC 
CTGTCTCACC CCCCTCACCC CTCCTTCTCC CCGCTCCACC CCCACCCCTG CCACGGCCTG 
CCTTATGGCA GCAGAAAGCC AGAGCAGAGG TTGAGGTGTG GCTGTCCCAC CAAGCCCTGT 
GAGTCCTTAG ACCAGGGTGA CTGTGGCCAG GGGCGGAGGT GTGCCTTACA GGGTATCACA 
GGGCACCTCC ACCCCTCCTC TCTCAGTACC CCCCTGGCCT CCTCCACCAC CTCTTCCACC 
ACCCCCATGC CTCTGGGTTT TGGCTACTAC AGAGGCTATC CTCTGACCAT GGCCCATTAC 
CCAAACCCCC ACCCCTCCTT TCCCCTGCCT CCCCCTCATC CCTACGCCCC CCACCACCCC 
CACCTCCACC CCCCTCACCT CCTCCTCAAC CCATCCAGGT TCCACAGGAG GAGGAGCAGG 
CAGCTGAGGG AGGCTGGGTT GGGTGGAGGT GAGGACGTGG GGGTTATGGG TGAGGGAAAG 
AGGGCTGGGG TCCGTTCCTG TCCAGCAGGG TCCGTCCCTG GTCGGTCCTG TGTCTGTGGG 
GGGAGTGAAC ACAAGCTCAG ACACAAACAT CGTCACAGAC AGCGTGATCG TGACGGAAAG 
GAAGAAGAGG AGGAGAGAGT TGCAGGGTCA CAGCTAAGGT CAGAGTTCAC CACAGGGTCA 
GGAGGAAGTA GAAAGACTGG AGGACAAGGG AGTGCTGGGT TGATGGAGTC TCCATGGCAA 
CATAGGCACG GCAAATACCC CTCTTCTTTC TTCTCTGCTT CTGCTAAACC AGCCTCTTCA 
TCATCACCAT CATCAGAGAG GCTTAAACAC ACACCCCTCA CCTGTCTAGG CTCCTCTCAC 
CTTTCCTCGT TTGGAGAGGG CTGGGGGGTT CGGCAGAACC CCTGGCTGAG GAGAGGGGGG 
CTGGGGGCAG GATTCAGACC CCTCGATCCC ACCTGGGGCA CTCTGACAGA AGGGCAGAGG 
ACGGCCGCTG TGGGGGAGTC AGAGAGAGAG GCGGGGGAGA GACACACACC CTGTCACAGC 
ACCTTCACGC CCCCGACACA CACCAACCTC TTCACCTCCT CTGCCACCAG TGGGAGGGGC 
ATGAGGAGAG GAAGAGACAA TTGGAGACCA GGGAATCAAG ACGGGTCACT GAGTGAGGAG 
CCATCACAGA CAGAGAGGAG AGGCACAGAC CCACACTATG ACCTGAGCAG GAGGCAACTG 
AAGTGGCTGA GAACCGGTCA AAGTTTTGGG GCTAAGAGAG GGCCTGGACG ACCCAGGAAG 
AACCCTCTAG CCTCCCCTTT GGTCTCCCCC TTCCTCTCTC CTACAAGCCA ACCAAACCCT 
CCAACTGAGA CAGATGTCAA GAACAGAGAT AGAAACAGAG GAAGAGGAGG AGGAGATTCA 
GTACAAGAGG TGATTGAAGC TGTGATTCAG AGCCAGAGGA GGAGAAGACG GAAGAGGAGG 
CACATTGAGA AAGAGGAGGT TGAGCATCCA TCCTGTCTCC AAAGTTCTGG TGAAGGTGAG 
CCAGTCACCC ACACCCCCTC CATATGCACA GGCCAATCAG AGCTAACCCA AACTCCATCC 
CTAACCCCGG CCAGCCAATC AGATAAGGGA GCTGACCAGC TGCCTAGGAA GAGGTTTCAG 
AGGGCGGGGC TCTACTCAGA TGACTACAAA ACTACAGATC CCTCCTCTCA GAACCAGCTG 
AACAAAGGGA GACTGGAATA TACACCAGGA GAACAAGACT ACAGCCTCCT GCCTGCTCCC 
ATACATGTTG GGAAGTACCT AAGAATGAGA CGTATTGACT TTCAGTTGCC CTTTGACGTC 
ATGTGGCTCT TCAGGCACAA CCAGCTCCAC AAAGAGCCAG ATGTTCCTCA GACCAGAGAG 
ATCTCATCCT ACCAACCAAA AGAGAAGAGC CTGTCCAGTC CCCAGACAGG GGTGTCCCTC 
CCTCCCTCTC CCCAGGAGGA GTGTTCCAGT CCCAGTAAGA AGCTGTTCCC CTACCTGGAC 
ATGGAGCCTA TGACCACCAG TGACAGGGTG TTCGTCCTGA GGCACCGCGT GTTCCTTTTG 
AGGAACTGGG AGAGGGTCAG AGACAGACAG ATACGCCTGA GGAGGGGGAG AGAGGGGGAA 
CAAGAGAAAG ATGGAGGAGG AGTTTCCAGC TATGTAGCTA CTGGGGACAA CAACAGCCAC 
ATCATGTCAG GTCGACAAAT GGCGGTGAAG AAGAATGTTG TGTGGACTAG TGAGCCCCTT 
CGTGATCCCC AGTGCCCCCA TAACCCCCTC AGAACCACGC CCCAGCTCAC TGAGAACAGA 
CAAGAGGAGA AAAAACAGGT GGAGGAGGAA GAGGAGGGCT GGAGGGAGGT CCGGAAGGAG 
CGACTGAACA ACATACTGCT GAAGCTGCGG CAGACATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_021453892.1
CDS	497..6715
Translation	MDQRAKGGPSLPPPSSLPLLPTAPPQQYPEKELGGGTRKRTEKEGGGAVLEVLIEGCCGAAGQRQLPFPGRERSCTEGNVRLRIGVQAAKRTKKPPRTLEGYECKPTIRTYQRPGRGSQEVGGSGQGNRPQEEGDGEQNQGSDPSTTQTRKIHSSLPPSSSSSSSAPTTTPPSPANPQTAPAKQQVPVNLGYKKSDTLTEKPRHPDPPDAHSKLPSPAQMNQAIASDPTASSPHSPPPSSPHSPLVKDPSGEGGMLNGGVPTVTCHPTRLTKVKGRKHNCSSSAAPTNVNSTTRPPASSPHQADLAAQDRTTGFSCPPTPPPFTTLLPDQRGAPVADGRLSPAASLTSLSRGPLLPSSVGNERGKEEKAKKKKEKDDKARGEKGKVKRGEKGRGKEEKDDKVRGEKGKGKRGEMGRGKEDRGRNESPKMDRDERGKEGTGMDESGRDMMGKEERNGDEDKEREKPRDLRMNKSPSSTKCQMSEVQSRKTGTPSPDLTSGTWESDDIGVPSRPTVSPSNPSTASSPLTSLPPPPLSVHSSSPPTSPREQDSRPLKKRKTRSVHSSSPPTSPREQDSRPLKKRKTRRPSWTRLVNRAQRLAENPDGRQDAPLVAPQTPTTPQTSPTTPQTPTTTNSPNLRSAESCLAPSVPPPSSPSSLSPSTSTPVRPRPTGRPPSPTQSHLLTSDPSPLPGPDRPFNQARKRGRPKSQTSSLDEPQPIHSPKPTQAEMLPHGHDETPDLHVLNPVLDHSPTLTNPSSPNPTPRKRGRPKRLPPSPLLPKQTPQDKNRGTLTPSGGEEGGKDFPSEKGNRKLRMRSIIGEMKRRKKRRLLREMLSGCGGGKEGRGREGGRESSRGCAGGVCGSATAPSLSSSFGGKLGPQINVSKRGTIYMGKRRGRKPKAPANSNPASQSTLFTSLSSSSLFSSPQPHPPLSHPFPSPSLTHSSGAQSPYSDGGCTEPAPSLFLPHTFSLPSPSSSCASPRPLSSSFSSCSSLSPSLKRSSPGQGRHPFFHHPSSRLSSPPLPHPLYPHLPVFPTHLKEATPSPISKSHSKEMLPSDSVIGMDHNTTSERGERRGRGRGGVTMGMTSDVTRSVFRTGLGVNLKGQRQPSPSMLLEHPPPVPSPIRVSASPPSPPSASPRHMPPSDLVEPRDRHRHRRRGYECPYTCTPCPCLGHNQRSHLDLCPCLGHNTHKRQKHKHKRKYQHLLMHAHDPDFLSELDDLIGQFSEVRIGRHRDWARAGLGQDFDESGGKRRHSSLLSSQNFHSNVYRINLSGYYSPHPLSHPPHPSFSPLHPHPCHGLPYGSRKPEQRLRCGCPTKPCESLDQGDCGQGRRCALQGITGHLHPSSLSTPLASSTTSSTTPMPLGFGYYRGYPLTMAHYPNPHPSFPLPPPHPYAPHHPHLHPPHLLLNPSRFHRRRSRQLREAGLGGGEDVGVMGEGKRAGVRSCPAGSVPGRSCVCGGSEHKLRHKHRHRQRDRDGKEEEEERVAGSQLRSEFTTGSGGSRKTGGQGSAGLMESPWQHRHGKYPSSFFSASAKPASSSSPSSERLKHTPLTCLGSSHLSSFGEGWGVRQNPWLRRGGLGAGFRPLDPTWGTLTEGQRTAAVGESEREAGERHTPCHSTFTPPTHTNLFTSSATSGRGMRRGRDNWRPGNQDGSLSEEPSQTERRGTDPHYDLSRRQLKWLRTGQSFGAKRGPGRPRKNPLASPLVSPFLSPTSQPNPPTETDVKNRDRNRGRGGGDSVQEVIEAVIQSQRRRRRKRRHIEKEEVEHPSCLQSSGEGEPVTHTPSICTGQSELTQTPSLTPASQSDKGADQLPRKRFQRAGLYSDDYKTTDPSSQNQLNKGRLEYTPGEQDYSLLPAPIHVGKYLRMRRIDFQLPFDVMWLFRHNQLHKEPDVPQTREISSYQPKEKSLSSPQTGVSLPPSPQEECSSPSKKLFPYLDMEPMTTSDRVFVLRHRVFLLRNWERVRDRQIRLRRGREGEQEKDGGGVSSYVATGDNNSHIMSGRQMAVKKNVVWTSEPLRDPQCPHNPLRTTPQLTENRQEEKKQVEEEEEGWREVRKERLNNILLKLRQT

Target ORF information:

RefSeq Version	XM_021598217.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss histone-lysine N-methyltransferase ASH1L-like (LOC110520799), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_021598217.1

ORF Insert Sequence:

ATGGACCAGA GAGCGAAGGG GGGCCCATCT CTACCTCCAC CATCCTCACT GCCTCTCCTC 
CCCACAGCCC CACCACAGCA GTACCCAGAG AAAGAGCTAG GCGGTGGGAC GAGGAAGAGG 
ACAGAGAAGG AAGGAGGTGG TGCAGTACTG GAGGTGCTCA TTGAGGGGTG CTGTGGTGCT 
GCAGGGCAGA GACAGCTCCC ATTCCCAGGC AGAGAGAGGA GCTGCACTGA GGGCAATGTG 
AGGCTGAGGA TCGGAGTCCA AGCGGCCAAA CGCACCAAGA AACCCCCCAG GACCCTGGAG 
GGCTACGAGT GTAAACCCAC CATCAGGACG TACCAGAGGC CTGGGAGGGG GAGTCAGGAG 
GTAGGGGGGA GTGGGCAGGG GAACCGTCCT CAGGAGGAGG GGGACGGAGA GCAGAACCAG 
GGGTCAGACC CCAGCACCAC CCAGACCAGG AAGATACACT CCTCCCTGCC TCCGTCTTCA 
TCATCATCAT CATCAGCCCC TACAACCACC CCTCCCAGCC CAGCCAACCC TCAGACTGCG 
CCAGCCAAAC AGCAGGTCCC TGTGAACCTG GGCTATAAGA AGTCAGACAC CCTAACGGAG 
AAACCAAGGC ACCCTGACCC ACCTGATGCC CACAGCAAAC TACCTTCACC TGCCCAAATG 
AACCAGGCAA TCGCCTCTGA CCCCACAGCT TCATCCCCCC ATTCCCCCCC TCCCTCATCA 
CCCCATTCCC CCTTGGTAAA GGACCCTAGC GGTGAGGGAG GCATGCTGAA TGGGGGAGTA 
CCTACAGTCA CCTGCCATCC TACCAGACTC ACAAAGGTCA AAGGTCGCAA ACATAACTGT 
TCTTCCTCAG CCGCCCCCAC TAACGTGAAC TCAACAACAA GACCTCCAGC CTCCAGCCCC 
CATCAGGCTG ACCTTGCAGC CCAGGACAGG ACTACAGGCT TCAGCTGCCC TCCTACACCA 
CCTCCATTCA CAACCCTACT TCCAGACCAG AGAGGAGCCC CAGTGGCTGA TGGGAGACTG 
AGTCCTGCTG CCTCCCTCAC CAGCCTGAGC AGGGGACCAT TACTACCGTC CTCTGTGGGA 
AATGAGAGAG GGAAGGAGGA GAAAGCCAAG AAGAAGAAAG AGAAAGATGA CAAAGCGAGG 
GGTGAGAAAG GGAAGGTTAA GAGAGGGGAG AAGGGAAGAG GGAAGGAGGA GAAAGATGAC 
AAAGTGAGGG GTGAGAAAGG GAAGGGTAAG AGAGGGGAGA TGGGGAGAGG GAAGGAGGAC 
AGAGGGAGGA ATGAGAGTCC AAAGATGGAC AGAGATGAGA GAGGGAAGGA GGGAACTGGG 
ATGGATGAGA GCGGGAGGGA TATGATGGGG AAGGAGGAGA GAAATGGGGA CGAGGACAAG 
GAAAGAGAGA AGCCCAGAGA CTTGAGGATG AATAAATCGC CCTCTTCTAC AAAGTGTCAG 
ATGTCTGAGG TTCAGAGCAG GAAGACAGGT ACACCCAGCC CAGACCTGAC CAGCGGAACA 
TGGGAATCAG ATGATATTGG TGTCCCCTCA AGACCCACCG TCTCTCCCTC CAACCCATCC 
ACTGCCTCCT CTCCCCTCAC TTCCCTCCCT CCTCCCCCTC TCTCTGTCCA CTCTTCCTCT 
CCTCCTACCT CCCCCCGAGA GCAGGACAGC CGTCCGCTGA AGAAGCGTAA AACCCGATCT 
GTCCACTCTT CCTCTCCTCC TACCTCCCCC CGAGAGCAGG ACAGCCGTCC GCTGAAGAAG 
CGTAAAACCC GACGGCCAAG CTGGACCAGG CTGGTGAACC GGGCACAGAG ACTGGCAGAG 
AACCCAGATG GCCGCCAAGA TGCCCCCTTA GTTGCCCCAC AGACCCCCAC TACCCCCCAG 
ACATCCCCCA CTACCCCCCA GACACCCACA ACTACCAACT CACCCAACCT TCGGTCAGCT 
GAGTCATGCC TAGCCCCCTC CGTTCCCCCA CCCTCCAGTC CGTCCTCCCT CTCCCCCTCT 
ACCTCCACCC CTGTGAGACC CAGACCAACA GGGCGACCCC CATCCCCCAC CCAGTCTCAC 
TTGTTGACCT CTGACCCTAG CCCTTTACCT GGACCTGACC GTCCCTTCAA TCAGGCCAGA 
AAAAGGGGTC GCCCCAAATC CCAAACCTCA AGCTTGGACG AACCCCAACC CATACACTCC 
CCCAAACCTA CCCAAGCTGA GATGCTCCCT CATGGGCATG ATGAGACTCC GGACCTCCAT 
GTGCTCAACC CAGTGCTGGA TCACAGTCCC ACCCTCACCA ATCCCTCTAG CCCCAACCCC 
ACGCCCAGGA AACGAGGTCG CCCCAAACGG CTGCCCCCCT CCCCCCTCCT CCCCAAACAG 
ACTCCCCAGG ACAAGAACAG GGGTACACTG ACCCCCTCTG GAGGTGAGGA GGGGGGTAAA 
GACTTCCCCT CTGAAAAGGG GAACAGGAAG CTGAGGATGA GGAGCATCAT CGGAGAGATG 
AAGAGGAGGA AGAAGAGGAG GCTACTCAGG GAAATGCTTT CTGGGTGTGG AGGGGGGAAG 
GAGGGGAGAG GAAGAGAGGG GGGTAGAGAG AGCTCTCGTG GGTGTGCAGG AGGGGTGTGT 
GGGTCGGCCA CAGCACCCTC CCTGTCCTCC TCCTTTGGGG GTAAACTAGG TCCCCAGATC 
AACGTGAGTA AGAGGGGGAC CATCTACATG GGGAAGAGGA GAGGACGCAA ACCCAAAGCT 
CCAGCTAACT CTAACCCTGC CTCTCAGTCC ACACTGTTCA CCAGTCTCTC TAGTTCCTCT 
CTCTTCTCCT CTCCCCAGCC CCATCCTCCC CTCTCTCACC CATTCCCCTC CCCATCTCTC 
ACCCACTCCA GTGGAGCCCA GAGCCCTTAC AGTGATGGAG GCTGCACAGA ACCTGCTCCC 
TCCCTCTTCC TCCCCCACAC CTTCTCCCTC CCCTCACCCT CCTCCTCCTG TGCATCGCCA 
CGTCCTCTCT CCTCCTCCTT CTCCTCCTGC TCATCCCTCT CTCCCTCCCT AAAGAGGAGT 
TCTCCAGGTC AGGGACGACA TCCCTTCTTC CACCATCCCT CCAGCAGACT CTCTTCTCCT 
CCTCTTCCTC ACCCTCTTTA CCCCCATCTG CCTGTCTTCC CCACACACCT GAAAGAGGCC 
ACACCCTCAC CTATCAGTAA ATCACACAGC AAGGAGATGT TGCCTAGTGA TAGTGTGATT 
GGAATGGACC ACAACACTAC CTCAGAGAGG GGGGAGAGGA GGGGCCGAGG GAGAGGGGGG 
GTAACCATGG GAATGACCTC AGATGTCACC CGGTCAGTGT TCCGGACAGG TTTAGGGGTC 
AACCTGAAGG GTCAGAGACA ACCCTCACCC TCCATGTTAC TAGAACACCC CCCCCCTGTA 
CCCTCACCCA TCAGAGTGTC AGCCTCACCC CCCTCTCCCC CCTCTGCCTC CCCCAGACAC 
ATGCCTCCTT CTGACTTAGT GGAACCCAGA GACAGACACA GGCACAGGCG GAGGGGGTAC 
GAATGTCCCT ATACCTGCAC CCCCTGCCCC TGCCTAGGTC ACAACCAGCG CTCCCACCTG 
GACCTCTGCC CCTGCCTAGG GCACAACACA CACAAGAGAC AGAAACACAA ACACAAGAGG 
AAGTACCAGC ACCTGCTCAT GCATGCGCAC GACCCAGACT TCCTCTCTGA ACTGGACGAT 
CTCATTGGGC AGTTCAGCGA GGTCCGCATC GGGCGCCACC GTGATTGGGC CAGAGCTGGA 
TTGGGGCAGG ATTTCGATGA GAGTGGGGGG AAAAGACGCC ACTCTTCCTT ATTGTCATCG 
CAAAATTTCC ACTCAAACGT TTACAGAATC AACTTGAGTG GATACTACTC GCCTCACCCC 
CTGTCTCACC CCCCTCACCC CTCCTTCTCC CCGCTCCACC CCCACCCCTG CCACGGCCTG 
CCTTATGGCA GCAGAAAGCC AGAGCAGAGG TTGAGGTGTG GCTGTCCCAC CAAGCCCTGT 
GAGTCCTTAG ACCAGGGTGA CTGTGGCCAG GGGCGGAGGT GTGCCTTACA GGGTATCACA 
GGGCACCTCC ACCCCTCCTC TCTCAGTACC CCCCTGGCCT CCTCCACCAC CTCTTCCACC 
ACCCCCATGC CTCTGGGTTT TGGCTACTAC AGAGGCTATC CTCTGACCAT GGCCCATTAC 
CCAAACCCCC ACCCCTCCTT TCCCCTGCCT CCCCCTCATC CCTACGCCCC CCACCACCCC 
CACCTCCACC CCCCTCACCT CCTCCTCAAC CCATCCAGGT TCCACAGGAG GAGGAGCAGG 
CAGCTGAGGG AGGCTGGGTT GGGTGGAGGT GAGGACGTGG GGGTTATGGG TGAGGGAAAG 
AGGGCTGGGG TCCGTTCCTG TCCAGCAGGG TCCGTCCCTG GTCGGTCCTG TGTCTGTGGG 
GGGAGTGAAC ACAAGCTCAG ACACAAACAT CGTCACAGAC AGCGTGATCG TGACGGAAAG 
GAAGAAGAGG AGGAGAGAGT TGCAGGGTCA CAGCTAAGGT CAGAGTTCAC CACAGGGTCA 
GGAGGAAGTA GAAAGACTGG AGGACAAGGG AGTGCTGGGT TGATGGAGTC TCCATGGCAA 
CATAGGCACG GCAAATACCC CTCTTCTTTC TTCTCTGCTT CTGCTAAACC AGCCTCTTCA 
TCATCACCAT CATCAGAGAG GCTTAAACAC ACACCCCTCA CCTGTCTAGG CTCCTCTCAC 
CTTTCCTCGT TTGGAGAGGG CTGGGGGGTT CGGCAGAACC CCTGGCTGAG GAGAGGGGGG 
CTGGGGGCAG GATTCAGACC CCTCGATCCC ACCTGGGGCA CTCTGACAGA AGGGCAGAGG 
ACGGCCGCTG TGGGGGAGTC AGAGAGAGAG GCGGGGGAGA GACACACACC CTGTCACAGC 
ACCTTCACGC CCCCGACACA CACCAACCTC TTCACCTCCT CTGCCACCAG TGGGAGGGGC 
ATGAGGAGAG GAAGAGACAA TTGGAGACCA GGGAATCAAG ACGGGTCACT GAGTGAGGAG 
CCATCACAGA CAGAGAGGAG AGGCACAGAC CCACACTATG ACCTGAGCAG GAGGCAACTG 
AAGTGGCTGA GAACCGGTCA AAGTTTTGGG GCTAAGAGAG GGCCTGGACG ACCCAGGAAG 
AACCCTCTAG CCTCCCCTTT GGTCTCCCCC TTCCTCTCTC CTACAAGCCA ACCAAACCCT 
CCAACTGAGA CAGATGTCAA GAACAGAGAT AGAAACAGAG GAAGAGGAGG AGGAGATTCA 
GTACAAGAGG TGATTGAAGC TGTGATTCAG AGCCAGAGGA GGAGAAGACG GAAGAGGAGG 
CACATTGAGA AAGAGGAGGT TGAGCATCCA TCCTGTCTCC AAAGTTCTGG TGAAGGTGAG 
CCAGTCACCC ACACCCCCTC CATATGCACA GGCCAATCAG AGCTAACCCA AACTCCATCC 
CTAACCCCGG CCAGCCAATC AGATAAGGGA GCTGACCAGC TGCCTAGGAA GAGGTTTCAG 
AGGGCGGGGC TCTACTCAGA TGACTACAAA ACTACAGATC CCTCCTCTCA GAACCAGCTG 
AACAAAGGGA GACTGGAATA TACACCAGGA GAACAAGACT ACAGCCTCCT GCCTGCTCCC 
ATACATGTTG GGAAGTACCT AAGAATGAGA CGTATTGACT TTCAGTTGCC CTTTGACGTC 
ATGTGGCTCT TCAGGCACAA CCAGCTCCAC AAAGAGCCAG ATGTTCCTCA GACCAGAGAG 
ATCTCATCCT ACCAACCAAA AGAGAAGAGC CTGTCCAGTC CCCAGACAGG GGTGTCCCTC 
CCTCCCTCTC CCCAGGAGGA GTGTTCCAGT CCCAGTAAGA AGCTGTTCCC CTACCTGGAC 
ATGGAGCCTA TGACCACCAG TGACAGGGTG TTCGTCCTGA GGCACCGCGT GTTCCTTTTG 
AGGAACTGGG AGAGGGTCAG AGACAGACAG ATACGCCTGA GGAGGGGGAG AGAGGGGGAA 
CAAGAGAAAG ATGGAGGAGG AGTTTCCAGC TATGTAGCTA CTGGGGACAA CAACAGCCAC 
ATCATGTCAG GTCGACAAAT GGCGGTGAAG AAGAATGTTG TGTGGACTAG TGAGCCCCTT 
CGTGATCCCC AGTGCCCCCA TAACCCCCTC AGAACCACGC CCCAGCTCAC TGAGAACAGA 
CAAGAGGAGA AAAAACAGGT GGAGGAGGAA GAGGAGGGCT GGAGGGAGGT CCGGAAGGAG 
CGACTGAACA ACATACTGCT GAAGCTGCGG CAGACATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

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LOC110520799 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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